H2ME project focused on hydrogen station networks, FCEV commercialisation, and consumer adoption across Europe.
OMV DOWNSTREAM GMBH
Major Austrian refinery operator integrating waste-to-biofuel, Power-to-X, and hydrogen technologies into industrial-scale fuel production.
Their core work
OMV Downstream is the refining and marketing arm of OMV, one of Central Europe's largest integrated oil, gas, and chemicals companies headquartered in Vienna. In H2020 projects, they contribute industrial-scale refinery infrastructure and expertise in fuel processing, acting as the end-user validation partner for converting waste biomass and green hydrogen into drop-in fuels. Their involvement centers on integrating new feedstocks (bio-oils, synthetic gases) into existing refinery operations — bridging the gap between laboratory-scale renewable fuel research and commercial deployment.
What they specialise in
WASTE2ROAD project applied hydrothermal liquefaction, pyrolysis, and co-FCC to convert municipal and industrial waste into refinery-compatible biofuels.
MegaSyn project targets megawatt-scale solid oxide co-electrolysis for synthetic fuel production integrated with refinery operations.
IPPAD Marie Curie network studied super-critical fuel injection at 4500 bar, relevant to next-generation engine efficiency.
How they've shifted over time
OMV's H2020 trajectory shows a clear shift from hydrogen deployment to renewable fuel production. Their early projects (2015–2019) focused on hydrogen mobility infrastructure — rolling out refueling stations and studying consumer adoption of fuel cell vehicles. From 2018 onward, the focus pivoted sharply toward converting waste and green electricity into synthetic and bio-based fuels via refinery integration, culminating in the megawatt-scale MegaSyn electrolysis demonstration running through 2025.
OMV is moving from hydrogen distribution toward becoming a refinery-integrated producer of e-fuels and advanced biofuels, positioning for the post-fossil fuel transition.
How they like to work
OMV Downstream exclusively participates as a partner rather than a project coordinator, which is typical for large industrial companies that provide real-world infrastructure for validation rather than driving the research agenda. With 67 unique consortium partners across 17 countries, they operate in large, pan-European consortia where their role is to supply refinery access and industrial know-how. This makes them a reliable industrial anchor partner — they bring the production environment where lab results get tested at scale.
OMV has collaborated with 67 distinct partners across 17 countries, reflecting the large consortia typical of energy demonstration projects. Their network spans most of the EU, with no narrow geographic clustering — consistent with a major multinational's reach.
What sets them apart
OMV Downstream offers something few partners can: an operational large-scale refinery willing to test and integrate experimental renewable feedstocks and synthetic fuels under real industrial conditions. While many research groups develop waste-to-fuel or Power-to-X processes at bench scale, OMV provides the co-FCC units, hydrotreaters, and operational infrastructure needed for industrial validation. For any consortium developing alternative fuels that need a pathway to commercial refining, OMV is one of the few European refiners actively engaged in this transition through EU research.
Highlights from their portfolio
- MegaSynLargest EC contribution (EUR 1.86M) and their most recent project, targeting megawatt-scale co-electrolysis for e-fuel production — signals their strategic direction.
- WASTE2ROADDirectly integrates waste-derived bio-oils into conventional refinery processes (co-FCC, hydrotreating), demonstrating OMV's role as an industrial validation site.
- H2MEOne of Europe's flagship hydrogen mobility projects (2015–2020), where OMV contributed to building hydrogen refueling station networks across the continent.